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math/RnumDeriv,
Accurate numerical derivatives
Branch: CURRENT,
Version: 2016.8.1.1,
Package name: RnumDeriv2016.8.1.1,
Maintainer: minskimMethods for calculating (usually) accurate numerical first and second
order derivatives. Accurate calculations are done using Richardson's
extrapolation or, when applicable, a complex step derivative is
available. A simple difference method is also provided. Simple
difference is (usually) less accurate but is much quicker than
Richardson's extrapolation and provides a useful crosscheck.
Methods are provided for real scalar and vector valued functions.
Required to run:[
math/R]
Required to build:[
pkgtools/cwrappers]
Master sites: (Expand)
Version history: (Expand)
 (20190801) Updated to version: RnumDeriv2016.8.1.1
 (20180305) Package added to pkgsrc.se, version RnumDeriv2016.8.1 (created)
CVS history: (Expand)
20190808 21:53:58 by Brook Milligan  Files touched by this commit (189)  
Log message:
Update all R packages to canonical form.
The canonical form [1] of an R package Makefile includes the
following:
 The first stanza includes R_PKGNAME, R_PKGVER, PKGREVISION (as
needed), and CATEGORIES.
 HOMEPAGE is not present but defined in math/R/Makefile.extension to
refer to the CRAN web page describing the package. Other relevant
web pages are often linked from there via the URL field.
This updates all current R packages to this form, which will make
regular updates _much_ easier, especially using pkgtools/R2pkg.
[1] http://mailindex.netbsd.org/techpkg/2 … 21711.html

20180728 16:40:53 by Brook Milligan  Files touched by this commit (126) 
Log message:
Remove MASTER_SITES= from individual R package Makefiles.
Each R package should include ../../math/R/Makefile.extension, which also
defines MASTER_SITES. Consequently, it is redundant for the individual
packages to do the same. Packagespecific definitions also prevent
redefining MASTER_SITES in a single common place.

20180305 17:52:14 by Min Sik Kim  Files touched by this commit (3) 
Log message:
math/RnumDeriv: Import version 2016.8.1
Methods for calculating (usually) accurate numerical first and second
order derivatives. Accurate calculations are done using 'Richardson”s'
extrapolation or, when applicable, a complex step derivative is
available. A simple difference method is also provided. Simple
difference is (usually) less accurate but is much quicker than
'Richardson”s' extrapolation and provides a useful crosscheck.
Methods are provided for real scalar and vector valued functions.
